Evolution of Complexity and Evolution to Equilibrium both exhibit the Arrow of Time (see category 'Time and Timelessness'). Here we list Generalised Dynamical Systems, which can describe, model and explain such behavior.

Subcategories 1

Related categories 3

Boids (Flocks, Herds, and Schools: a Distributed Behavioral Model)
Background and update on BOIDS, the 1987 model of group motion in flocks, herds, schools and related phenomena. Includes a Java-based demonstration and many links to related research and applications.
Complexification , NEAT (algorithm)
NEAT is applied to an open-ended coevolutionary robot duel domain where robot controllers com- pete head to head [PDF]
Dissipative structures
Critical overview of Self-Organization in Non-Equilibrium Systems issues.
Evolution: Metaphysics of Evolution. Space and Motion Exist for Evolution to Exist
Evolution: Darwinian / Cultural Evolution , society, ecology, metaphysics.
Evolutionary Design of Complex Systems, Brown University, USA
Desert is a new programming environment, combines fragment integration with standard control integration..
Multi-agent Models
Book and software tools for social and political activism based on models of self-adaptive dissipative structures.
Robotics I Multiagent Dynamics
Robotics Institute: Modeling Supply Chain Dynamics: A Multiagent Approach
TOL : Computational infrastructure
Resources for reconstructing the evolutionary history of all organisms.
TOL at Berkley : Tree of Life project
Evolution of Life on this Planet [PDF]
TOL: Building a Tree of Life for All Species
How living things have evolved since the origins of life
[Mozilla Einstein]
Last update:
September 8, 2016 at 5:15:03 UTC
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